baber/WOPTO huggingface dataset:
Patent EC-SP930932-A (EC)
Title: Composicion antitranspirante topica que consiste esencialmente de un polimero antitranspirante que forma una pelicula oclusiva, insoluble en agua, no toxico
Inventor: TRANNER FRANK
IPC: A61K/
Filed: 1993-05-21
Abstract: Esta invención se refiere a una preparación o composición antitranspirante, tópica que consiste esencialmente de una cantidad antiperspirante o antitranspirante, efectiva, de un polímetro formador de una película exclusiva, insoluble en el agua, no tóxico, y a un método para reducir la perspiración o transpiración aplicando tal composición a la piel de un sujeto en el área en la cual se desee reducir la perpiración o transpiración. Un polímetro preferido es un copolímero de la amida del ácido alquil olefínico /éster o ácido olefínico, por ejemplo, un copolímetro de amida o propenamida de actilacrilo acrilatos, solo o en combinación con un copolímetro de PVP- Eicoseno u otro polímetro repelente al agua. Las sales minerales empleadas normalmente, tales como el clorhidrato de aluminio y de circonio, pueden ser incluidas en la composición pero, puesto que no son esenciales, pueden ser empleadas en cantidades reducidas, si están presentes. La composición puede tomar varias formas usuales, tales como soluciones, suspensiones, u otras formas líquidas, formas de bolita giratoria, en barra, o en forma de aplicación por golpecitos, de acuerdo con los usos convencionales de la técnica, siendo preferidas las formas de aplicación en barra desde el punto de vista de una efectividad amplia y mejorada. La evaporación de un solvente no tóxico, en el cual el polímetro puede ser disuelto o disperso, deja una película antiperspirante o antitranspirante, transparente, usualmente clara y aceptable cosméticamente, la cual es efectiva para su propósito pretendido.
Patent EC-SP961717-A (EC)
Title: Nuevos derivados de arilglicinamida, procedimientos para su preparacion y composiciones farmaceuticas que contienen estos compuestos
Inventor: SPECK GEORG
IPC: A61K31/4427
Filed: 1996-04-12
Abstract: La presente invención se refiere a nuevos derivados de arilglicinamida de la fórmula general I (gráfico), y sus sales farmacéuticamente aceptables, en que R1 y R2 en común con el N al que están unidos forman un anillo de la fórmula (gráfico), en la que p es 2 o 3, y X es oxígeno, N(CH2)n R6 o Cr7 R8, Y R3, R4, R%, R6, R7, R8, Ar y n, poseen los significados indicados en la memoria descrip¿tiva asi como su prperación y utilización. Los nuevos compuestos son valiosos antagonistas de neuroquininas (taquiquinina).
Patent EC-SP993304-A (EC)
Title: Dispersion de polimeros que contienen sustancias de carga, procedimiento para obtenerla y su utilizacion
Inventor: PAVEZ ARANGUIZ ROBERTO
IPC: C08F292/00
Filed: 1999-12-29
Abstract: La invención se refiere a una dipersión de polímeros provista de sustancias de carga, que contiene partículas de sustancias de carga inórganica u orgánica, partículas de por lo menos un polímero orgánico sintético. Este tipo de dispersiones se utiliza, por ejemplo, en adhesivos y en agentes para recubrir superficies, pero tiene el incoveniente de que, o bien se reduce el poder de adherencia y la elasticidad de los pegamientos, o bien se obtienen superficies opacas y ásperas en los recubrimientos de superficies. Para salvar estos inconvenientes, la relación entre el tamaño de las partículas de las sustancias de carga y el tamaño de las partículas de polímero ha de estar comprendida entre 1,1:1 y 20:1. El invento también se refiere a un procedimiento para obtener dicha dispersión y adhesivos o agentes para recubrir superficies que contienen estas dispersiones.
Patent FI-20021555-A (FI)
Inventor: MILOSAVLJEVIC ZLATOLJUB
IPC: H01Q5/10
Filed: 2002-08-30
Abstract: The invention relates to an adjustable planar antenna especially applicable to mobile terminals, and to a radio device provided with that kind of antenna. The basic structure of the antenna is PIFA. On a surface of a dielectric part (205) there is placed a strip conductor (230) so that this has a significant electromagnetic coupling to the radiating plane (220). The strip conductor can be connected by a switch (SW) to the ground plane. When the switch is closed, the electric length of the radiating plane is changed, measured from the short point (S). In which case also the antenna's resonance frequency is changed. The change depends on the place and the size of the strip conductor. In the case of a multi-band antenna the strip conductor can be placed so that it has a remarkable electromagnetic coupling to one or more radiating elements (B1, 226). The adjusting of planar antenna is performed by means of small additive components, which do not presume changes in the antenna's basic structure and do not enlarge the antenna. <IMAGE>
Patent GB-1050718-A (GB)
IPC: B21C1/08
Abstract: 1,050,718. Drawing wire. SIR JAMES FARMER NORTON & CO. Ltd. July 29, 1965 [Jan. 15, 1965], No. 1820/65. Heading B3P. In a multi-stage wire drawing machine of the type which comprises a control arm carrying at least one pulley 14 around which the wire runs in passing from one drawing block 10 to another and at least one lead-in pulley 12 between the control arm pulley and the succeeding diebox 11, the control arm pulley is disposed in an inclined position such that a line drawn tangentially from the upper side of the pulley strikes a point of the corresponding drawing block a predetermined distance above the normal wire drawing line, and a line drawn tangentially from the lower side of the pulley strikes the mean of the lead-in pulley. In the embodiment described the pulley is set at an angle of 45 degrees and the tangential line from the top of the pulley strikes the drawing block twelve inches above the normal wire drawing line. The pulley 14 is mounted on an arm 15 which is secured to a horizontal shaft 17, Figs. 1 and 3 (not shown). Also secured to the shaft 17 is a second arm 18 which is connected to the piston rod of a pneumatic cylinder 16. Air pressure is admitted to the cylinder 16 so that the control pulley moves to tension the wire. If the block 10 is overrunning the control pulley 14 moves back and adjusts a motor regulator 19 which is coupled to a pulley 21 on the shaft 17 by a belt 20.
Patent GB-1052208-A (GB)
IPC: B30B11/20
Abstract: 1,052,208. Hay-wafering apparatus. MASSEY-FERGUSON Inc. Aug. 6, 1963 [Aug. 23, 1962], No. 30942/63. Heading A2B. In a hay-wafering apparatus in which hay is delivered to one end of a feed hopper in an accompanying air stream the air stream is separated from the hay within the hopper and vented to the atmosphere. The hay-wafering apparatus 10 (which may be hitched to a tractor through draw-bar 16) comprises frame 12 equipped with ground engaging wheel 14 an engine 18, a control pedestal 22 and an adjustable supporting foot 24. Preconditioned hay (chopped, mixed and blended) is picked up by mechanism 26 (preferably the wheeled rotary flail type) and the hay with its accompanying air stream is delivered to duct 28 from which it passes through a discharge end 30 into hopper 32 (Fig. 2) having tapered upper and lower sections 34, 38 and a lower cylindrical wall portion 40 secured within annular housing 42 supported on a frame 12. A cylindrical open ended vent duct 44 secured to the upper section of the hopper extends downwardly into the hopper defining with the side wall of the hopper an annular delivery area of gradually increasing cross-section. Hay with its associated air stream delivered through discharge end 30 swirls axially downwardly and round duct 44 in cyclone fashion the hay separating from the air stream which is vented to the atmosphere through duct 44. The hay swirls inwardly about feed auger 66 on to tapered flights 70 and is supplied to wafering chamber 62. During this process moisture may be supplied to the hay to facilitate processing through nozzles 86 in the auger hub 68 supplied by pump 80 on frame 12. The lower end of feed auger 68 is rigidly secured to drive shaft 52 which extends through the bottom wall 54 of housing 42 and connected by gearing disposed in housing 50 to the engine output shaft 20. The wafering chamber and die cells associated therewith may be constructed in any one of the various known ways.
Patent GB-1053572-A (GB)
IPC: B01F7/16
Abstract: 1,053,572. Polymerization. PRODUITS CHIMIQUES PECHINEY-SAINT GOBAIN. May 13, 1964 [May 14, 1963; March 10, 1964], No. 19928/64. Heading C3P. In a process for the polymerization of vinyl and vinylidene monomers in suspension with turbulent agitation, the thermal equilibrium of the reaction medium in the reaction vessel is effected substantially by maintaining the walls of the reaction vessel at a temperature at least equal to that prevailing in the heart of the reaction medium, and by condensing monomer vapour from the reaction medium in a cooling circuit external to the reaction vessel, and returning the resulting monomer condensate to the reaction medium in the reaction vessel. Condensation may be effected in a reflux condenser attached to the reaction vessel. Turbulent agitation may be provided by a turbine agitator, and slow agitation provided by a propeller agitator may additionally be employed. Specified monomers are vinyl and vinylidene halides, vinylidene cyanide, acrylonitrile, vinyl acetate and mixtures, particularly mixtures comprising vinyl chloride. Examples describe the polymerization of vinyl chloride in aqueous suspension in the presence of lauryl peroxide and (1 and 2) polyvinyl alcohol and (4) methyl cellulose; and the copolymerization of vinyl chloride and vinyl acetate in aqueous suspension in the presence of lauryl peroxide and (3) polyvinyl alcohol. Apparatus suitable for carrying out the process of the invention is described and illustrated.
Patent GB-1229197-A (GB)
IPC: E02F3/92
Filed: 1967-07-07
Abstract: 1,229,197. Comminuting apparatus; agitating slurries. HYDE AGRICULTURAL IMPLEMENTS Ltd. 18 April, 1968 [7 July, 1967], No. 31418/67. Headings B1C and B2A. [Also in Division El] Apparatus for removing sludge from a reservoir comprises blades 21 radially mounted on a driven shaft 13 extending through a casing 14 to which radially extending stays 23 are secured to co-operate with the blades 21 to chop up any straw-like solids in the sludge as it is agitated before being removed through a pipe 25 so supported on the casing that the intake of the pipe is spaced from the casing. The casing may be mounted for pivotal movement about a horizontal axis on a stand 18. Mixing of the sludge may be further aided by supplying water through a pipe carried by the casing to nozzles located adjacent the blades 21, which may be surrounded by a cylindrical guard 22 mounted on the stays 23.
Patent GB-1230532-A (GB)
IPC: G05D11/13
Filed: 1969-08-12
Abstract: 1,230,532. Mixing liquids in proportions. ECONOMICS LABORATORY Inc. 12 Aug., 1969 [9 Sept., 1968], No. 40181/69. Heading B1C. [Also in Division F1] In apparatus for supplying an additive proportionately to a main fluid flow the latter passes along a conduit 10 in which is a flow detector 11 having a rotating disc 20 with a chordal transparent path 22 (see also Figs. 2 and 3, not shown) through which light can pass once per revolution from a source 25 to a light sensitive device 26. Pulses are thus supplied to electronic circuitry (see Fig. 4, not shown) which causes actuation of solenoid operated pneumatic valves 50, 51 controlling the air supply to double-acting cylinder 55 which operates a reciprocating pump 58 for the additive. The circuitry can be arranged to cause solenoid valve actuation once for every 2<SP>n</SP> revolutions of the disc 20, providing a coarse adjustment, fine adjustment is obtained by adjustment of coupling 59 which determines the propulsion of its stroke during which the end of the pump piston 57 is in engagement with the outlet check valve 62. Mixing takes place in a diffuser 12 in which the passageway 73 and throat 77 form an aspirator with a surge chamber 74 which prevents variations in the mixture due to the intermittent supply from the pump 58; a small amount of additive is forced through passage 76 and pre-mixed. The pump and diffuser may be replaced by suitable devices for metering and adding solid materials.
Patent GB-1233448-A (GB)
IPC: B21D5/01
Filed: 1968-10-28
Abstract: 1,233,448. Bending metal sheets to tubular form. CENTRE DE RECHERCHES DE PONT-A-MOUSSON. 28 Oct., 1968 [13 Dec., 1967], No. 51037/68. Heading B3E. A machine for bending metal sheets comprises a plurality of elementary presses having swan-neck frames 2 in alignment in a direction perpendicular to a fixed direction of feeding the sheets, a single anvil 5 being rigidly suspended from upper portions of the frames by as many plane plates 4 as there are swan necks, each plate almost completely closing the opening of the corresponding swan neck and the plates embodying an axial plane of symmetry of the anvil 5 whose working face is directed downwardly towards lower individual bending punches 7 pertaining each one to an elementary press and aligned in a direction parallel to the plane of symmetry. A sheet t is placed on horizontal supports of a feed table of the machine M, so that its rear longitudinal edge is in contact with thrust blocks 14. The sheet t is pushed by the thrust blocks until the forward part is engaged between the anvil 5 and the punches 7. The punches, used by jacks V 1 , exert a bending force on the sheet until the sheet meets the anvil 5. At the same time as the punches 7 are raised, arms 11 of the feed table are pivoted upwardly to the position 11a by jacks V 2  which are synchronized with the jacks V 1 . The advance of the sheet t in step-bystep manner and the press strokes succeed each other alternately until the leading edge of the sheet reaches the plates 4. According to one embodiment two bending machines M 1  and M 2  are used. The sheet t is fed by a conveyer having a driving roller B to the table of the feed device C, of the first machine M 1  wherein a half-tube t<SP>1</SP> is formed. The half-tube t<SP>1</SP> is then taken up by the conveyer carriage E which feeds it in the direction of arrow f<SP>2</SP> to the feed device C 2  of the second machine M 2 , where the tube T is completed. The formed tube T is then discharged from the machine M 2  by an extractor D 2  and transferred to one of two longitudinal conveyers F or G. The tube is then conveyed to one of two welding stations H and I for welding the longitudinal edge of the tube.
Patent GB-1233834-A (GB)
IPC: F27B1/02
Filed: 1969-08-14
Abstract: 1,233,834. Cupola furnaces. PENZENSKY KOMPRESSORNY ZAVOD. 14 Aug., 1969, No. 40641/69. Heading F4B. A gas fired cupola furnace is sub-divided by a water cooled shoulder 3 and a water cooled partition 4 into an upper charge melting chamber 2 and a lower molten metal heating chamber 1, the latter containing a well 15 and gas burners 18 projecting into ports 16. Droplets of molten metal from the solid charge, which is supported on partition 4, fall through passageways 5 into the molten bath in the well, which may discharge to a fore hearth (not shown). Channels 19 supply hydrocarbon gas to keep the roof bricks 12 of partition 4 cool.
Patent GB-1238274-A (GB)
IPC: C03C17/00
Filed: 1969-10-03
Abstract: 1,238,274. Coating-apparatus. INDIAN HEAD Inc. 3 Oct., 1969, No. 48652/69. Heading B2L. [Also in Division C1] Apparatus for coating a glass container, whilst retaining its heat of formation, with a metal oxide comprises means for spraying under pressure at one side with an air-containing solution of a heat-decomposable metal compound, e.g. stannic chloride, titanium tetrachloride or tetraisopropyl titanate, and means for removing the solution through a suction outlet positioned opposite the spraying head at the other side of the container, whereby the fluid stream flows horizontally to limit the coating to the body portion. The container may be coated on its other side by positioning a second spraying unit and suction outlet downstream of the first coating unit. In order to avoid precipitation of material at the spraying head, the solution for spraying may be formed in a mixing head 40 from (i) a mixture of anhydrous stannic chloride and dry air at a dew point of -80F, flowing in a conduit 36, and (ii) wetter air at higher pressure and volume flowing in a conduit 38, which air has been heated by a heat exchanger 90 adjacent the hot containers, which travel on a conveyor in a continuous mode of operation. The apparatus of Fig. 7 is used to supply two coating units, whereby to coat both sides of a container. The streams (i) are obtained by drying air at 58 to a high degree, and regulating its pressure at 60. This air is passed through tanks 70, 98 of anhydrous stannic chloride under the control of flow meters 68, 92 and passed to the spraying heads 26, 28 which preferably have a rectangular pattern of holes. The streams (ii) are obtained by adjusting the pressure of the input air at regulators 80, 106. A temperature-responsive sensing element 61 in one of the suction outlets cuts off the air supply by operating a valve 62, if no containers are passing.
Patent GB-1238376-A (GB)
IPC: C23C14/02
Filed: 1968-08-06
Abstract: 1,238,376. Coating substrates. WESTERN ELECTRIC CO. Inc. Aug.6, 1968 [Aug. 11, 1967], No.37434/68. Heading C7F. A transparent substrate is coated with a substantially uniform, pinhole-free coating of a metal by depositing a first layer of metal on the substrate, removing any loosely adhered particles of the metal by subjecting it to a blast of gas, and depositing a second layer of metal on said first metal layer. The substrate may be glass which is coated with a Cr layer 400-600A thick by vapour deposition, the layer is subjected to a blast of air at 60 p.s.i., and then coated with further Cr by vapour deposition to a total thickness of 800-1200 The coated plate may be converted into a mask for use in photo-lithographic processes by application of a photo-resist, removal of exposed metal using HCl, H 2 SO 4 , or H 2 SO 4  and H 3 PO 4 , stopping the etching using NH 4 OH, and removal of the resist.
Patent GB-1257046-A (GB)
IPC: G01N3/10
Filed: 1969-05-15
Abstract: 1,257,046. Testing leather or other sheet material. SHOE & ALLIED TRADES RESEARCH ASSOCIATION. June 16, 1970 [May 15, 1969], No.24837/69. Heading G1S. The material is positioned between a fixed jaw 2 and a jaw 7 which may be moved to clamp on the jaw 2 by introducing air from port 25 and moving an air piston 6 outwardly from its housing 3. A stem 9 carrying a ball ended rod 13 is then moved by a piston 8 fed with air via duct 26 so that the ball pushes into and stresses the clamped material which may be viewed for cracks and so on from the upper side of jaw 2. The rod 13 has a shoulder 20 which may engage any one of three recesses 15a, 15b, 15c in a disc 4 which is slotted at 15 to allow the rod 13 to pass through without hindrance and rotatable about an axis 17 on top of the piston 6. A spring pressed ball 19 may engage either one of the notches 18 to hold the disc in a pre-selected position required in which a particular recess 15 is put in the way of the shoulder 20 to limit the movement of the rod 13 to a specified distance.
Patent GB-1266301-A (GB)
Title: Improvements in or relating to powerplants, noatbly for ship propulsion.
IPC: F02B61/00
Filed: 1970-01-12
Abstract: 1,266,301. I.C. engine power plant. F. AMIOT. Jan.12, 1970 [Jan.14, 1969], No.1369/70. Heading F1B. An I. C. engine comprises at least two engines (2, 7) Fig. 1 (not shown) driving a single common drive-shaft 1, Fig.2, each engine having pairs of opposed cylinders the pistons of which drive a crank-shaft (6, 11), the two crank-shafts being carried in a common crankcase (12) and each driving, through a drive-engagement and dogclutch device 13, 14 a common reduction gear 15 the output shaft of which forms the drive-shaft. The reduction gear 15 includes a gear-wheel driven through the devices 13, 14 and an intermediate gear from each crank-shaft. Each device 13, 14 includes a disc clutch and dog-clutch, the latter becoming operative as soon as the rotation speed of the drive-shaft is reached. To ensure improved dynamic balancing the dog-clutch may be caused to engage when the crank-shafts 6, 11 are in a predetermined angular relationship so that no two cylinders fire simultaneously. The left hand and right hand banks of cylinders of each engine may be respectively charged by the same turbine driven compressor and fuel is fed from single or twin fuel injection pumps to each cylinder bank. In another embodiment a third engine arranged above a ship propellor shaft drives the common drive-shaft through the reduction gearing.
Patent GB-1288864-A (GB)
IPC: G01K1/02
Filed: 1970-02-10
Abstract: 1288864 Measuring temperature electrically BRAUN A G 10 Feb 1970 [12 Feb 1969] 6419/70 Heading G1N Ambient temperature compensation of the cold junction of a thermocouple 1 is provided by a thermistor R K  in thermal communication with the cold junction and connected in a D.C. bridge circuit. The thermocouple and thermistor are in a portable unit H connected by three conductors to the bridge and an indicator 2 in separate unit A.
Patent GB-1290458-A (GB)
IPC: B60T8/1763
Filed: 1971-05-13
Abstract: 1290458 Antiskid braking systems GENERAL MOTORS CORP 13 May 1971 [1 June 1970] 14673/71 Heading F2F An antiskid brake control system includes a tachogenerator 12 sensing rotation of a braked wheel, a control circuit responsive thereto for releasing the brake to prevent wheel lock and having a variable sensitivity level to accommo-  date different rates of brake application on road surfaces of different coefficients of friction and means responsive to the rate of change of wheel deceleration for changing the sensitivity of the control circuit to effect a high sensitivity at a low rate of change and a low sensitivity at a high rate of change so that during gradual brake application on low-coefficient surfaces the control circuit is more sensitive to wheel deceleration than under conditions of abrupt brake application on high-coefficient surfaces. A slow apply circuit 92 samples the output of a control circuit 26 and when energized attenuates the output of a track and hold circuit 30, tending to lessen the reference signal, the sampling enabling the circuit 92 to sense rate of wheel deceleration so that when the rate is large it ceases to attenuate the said output, the net effect being that the control system becomes more sensitive to low wheel decelerations only when the rate of change of deceleration is low prior to the first brake release.